DC Def Kit with 20" Output - Innovative Products of America

The Innovative Products of America (IPA) 9072-20 DC DEF Kit provides a comprehensive, turnkey solution for the safe and efficient transfer of Diesel Exhaust Fluid (DEF). Engineered specifically for professional technicians and mechanics, this portable 12V DC system is designed to handle the corrosive nature of DEF, protecting your equipment and ensuring clean fluid delivery. It is an essential tool for maintaining modern diesel engines that rely on DEF for emissions compliance.

Key Features

• Complete DEF Transfer System: This kit offers a full solution for transferring Diesel Exhaust Fluid, powered by a durable 12V DC pump.
• Corrosion-Resistant Construction: Featuring specialized DEF-rated hoses and corrosion-resistant fittings, the system is built to withstand the aggressive properties of DEF, which can damage many common materials like brass, copper, and non-stainless steel.
• Efficient Fluid Transfer: Equipped with a high-quality pump capable of transferring DEF at approximately 6 gallons per minute (GPM), facilitating quick and reliable refills.
• Extended Reach: Includes a 6-foot intake hose and a generous 20-foot output hose, providing ample reach for various service environments.
• Portable Design: Its handheld, portable design, complete with a carrying handle, makes it convenient for use in the shop or for mobile service applications.
• Manual Nozzle Control: Comes with a DEF-rated manual transfer nozzle and holster for precise control during fluid dispensing.

Applications

The IPA 9072-20 DC DEF Kit is ideal for professional automotive and industrial settings where regular DEF service is performed on diesel-powered vehicles and equipment. It is particularly beneficial for shops and mobile technicians servicing trucks, heavy machinery, and other diesel engines manufactured after 2010, which are legally required to use DEF to meet stringent EPA emission standards. This system ensures technicians can efficiently extract and refill DEF tanks, preventing crystallization and potential damage to Selective Catalytic Reduction (SCR) systems.